I. School of Architecture and Urban Planning
Major: Architecture (Experiment)
Length of Schooling: 4-7 years
Educational Objectives and Features: Under the educational philosophy to“integrate cultural consciousness into the whole process of cultivating architectural talents”, we are dedicated to make students excellent interdisciplinary talents with “appreciation for Chinese outstanding culture and proficiency in architectural technology”. For this end, this specialty aims at improving students’”consciousness of cultural heritage”and cultivating “initiative and creative spirit of technology” by designing a series of humanities courses, professional theoretical and technology courses. Professional educational course system is set up which is established which is “fundamental-based and practice-oriented so as to develop ability and quality in a wide range of courses”. With architectural design and theory as the backbone, other subject contents are also included such as Architectural History and Theory, Urban Design, Urban and Rural Planning, Landscape Planning and Design, Architectural Technology and Science, Art and Literature. This specialty make fully use of its geographical advantage in capital city and platform benefit from off-campus training base, yet keep national condition in mind, have as its purpose making excellent architecture students who are competent for industry needs and urban and rural construction”. Graduates, these compound talents, will mainly work for urban and rural construction system, engaging in such works as design, research, developing and management in field of public building design, residential building design, urban design, and preservation of historic building.
Major Courses:
(1) Basic Courses: Fine Art (series), Design Basics (series), Architectural Drawing (series), Digital Design(series), Architectural Mechanics.
(2) Specialty Courses
Design: Architectural Design (series).
Theory: Introduction of Architecture, Method for Architectural Design, Design Principles (series) (Interior Design Principles, Public Building Design Principles and Residential Building Design Principles), Urban Design (series), Architectural History (series), Basic Knowledge for Professional Practice of Architect.
Technology: Building Materials, Architectural Construction (series), Architectural Structure(series), Architectural Physics and Environment (series), Architectural Equipment System, Green Building Design and Technology (series).
Major Practical Training: Painting Field Work, Design Week (series), Architectural Design Field Work (series), Digital Design Practice, Architectural Mechanics Practice, Building Structure Practice (series), Experiments of Building Materials, Architectural Construction (series) (including traditional building), Architectural Physical Environment (series) (including Acoustic Design of Auditorium), Experiments of Green Building and Technology, Building Equipment Systems Practice, Professional Practice of Architect and Evaluation, Graduation Project, etc.
Major: Architecture
Length of Schooling: 4-7 years
Educational Objectives and Features: Under the educational philosophy to “integrate cultural consciousness into the whole process of cultivating architectural talents”, we are dedicated to make students excellent interdisciplinary talents with “appreciation for Chinese outstanding culture and proficiency in architectural technology”. For this end, this specialty aims at improving students’”consciousness of cultural heritage”and cultivating “initiative and creative spirit of technology” by designing a series of humanities courses, professional theoretical and technology courses. Professional educational course system is set up which is established which is “fundamental-based and practice-oriented so as to develop ability and quality in a wide range of courses”. With architectural design and theory as the backbone, other subject contents are also included such as Architectural History and Theory, Urban Design, Urban and Rural Planning, Landscape Planning and Design, Architectural Technology and Science, Art and Literature. This specialty make fully use of its geographical advantage in capital city and platform benefit from off-campus training base, yet keep national condition in mind, have as its purpose making excellent architecture students who are competent for industry needs and urban and rural construction”. Graduates, these compound talents, will mainly work for urban and rural construction system, engaging in such works as design, research, developing and management in field of public building design, residential building design, urban design, and preservation of historic building.
Major Courses:
(1) Basic Courses: Fine Art (series), Design Basics (series), Architectural Drawing (series), Digital Design (series), Architectural Mechanics.
(2) Specialty Courses
Design: Architectural Design (series).
Theory: Introduction of Architecture, Method for Architectural Design, Design Principles (series) (Interior Design Principles, Public Building Design Principles and Residential Building Design Principles), Urban Design (series), Architectural History (series), Basic Knowledge for Professional Practice of Architect.
Technology: Building Materials, Architectural Construction (series), Architectural Structure(series), Architectural Physics and Environment (series), Architectural Equipment System, Green Building Design and Technology (series).
Major Practical Training: Painting Field Work, Design Week (series), Architectural Design Field Work (series), Digital Design Practice, Architectural Mechanics Practice, Building Structure Practice (series), Experiments of Building Materials, Architectural Construction (series) (including traditional building), Architectural Physical Environment(series)(including Acoustic Design of Auditorium), Experiments of Green Building and Technology, Building Equipment Systems Practice, Professional Practice of Architect and Evaluation, Graduation Project, etc.
Major: Preservation Engineering of Historic Buildings
Length of Schooling: 3-6 years
Educational Objectives and Features: “Excellent architects talent”culture as the main goal, to business and society demand, students learns professional courses to understand the architectural heritage of knowledge, intervention principles and related technologies. Master planning and architectural heritage protection and restoration of basic design principles and methods of control of both building materials and construction, aesthetics and other art theory and professional knowledge; to understand the heritage buildings, historic buildings protection systems knowledge, building safety, construction and behavior, urban planning and landscape design theory and professional knowledge and ability to apply principles of architectural design and historic building protection program planning and design, with a comprehensive analysis and organization, judgment and skills. Graduates become primarily engaged in architectural heritage conservation planning in heritage conservation system, urban and rural construction system design renovation design, architectural design of historical context in the direction of high-level expertise in scientific research, development, management, and we understand architecture, planning, landscape Park and other areas of related work.
Major Courses:
(1) Main Basic Courses: Preliminary Design (Series) , Architectural Drawing, Digital Design (series)
(2) Main Courses
Core courses: Architectural Design (series), Protection of Historic Buildings Design (Series), Protection of Historic Buildings Engineering Infrastructure (including Science Mapping), Protection of Historic Buildings Principles and Technologies (Material Diseases And Renovation Measures), Historic History Building Protection, Introduction And Literature, Historical Buildings Protection Introduction
Required courses: Protective Repairing Design，Conservation Policies and Planning of City Historic Sites，Architectural Heritage Conservation Plan，Workshop on Architectural Heritage of Materials and Restoration, Chinese Architectural History, Foreign Architectural History.
Elective courses: History of Urban Construction, Building Construction, Building Structure, Building Physics Topic of The Environment
Major Practical Training: Architectural Design Special Week, Architectural Design Special Week, Protection of Historic Buildings Design Special Week, Protection of Historic Buildings Design Special Weeks, Ancient Architecture Cognition Practice, Traditional Architectural Model-Specific, Historic Preservation Internships (Series) , Historic Architectural Design Practice (Fast Design), Historic District and Building Protection Engineering Research Practice, Building Construction Practice (Historic Buildings), Historical Building Protection Engineering Business Practice, Protection of Historic Buildings Engineering Business Practice Review, Graduation Practice, Graduation Exhibition, Graduate Reply, Graduation Design (Open Question), Graduation Design.
Major: Environmental Design
Length of Schooling: 3-6 years
Educational Objectives and Features: In the aim of cultivating environmental designers with knowledge of traditional architecture and environment construction, the theoretical knowledge and professional skills of related disciplines, especially focus on interior design and to be creative. At the same time cultivate high-quality applied and innovative environmental art talents who can be engaged in interior and exterior environmental integration design in environmental art design institutions, as well as have the ability of project planning and management, and have certain innovative research ability. In the interdisciplinary environment of architecture and art design, it emphasizes the professional training of “thick foundation, wide caliber, strong ability, high quality and emphasis on practice”. Professional characteristics focus on producing talents who can inherit the excellent traditional culture, as well as have modern environmental innovation and design capabilities. The school aims to serve the urban and rural construction based on the capital, the whole country and the construction industry. Graduates are mainly specialized personnel engaged in the design, research, development and management of interior and exterior environmental integration design, arts and display design, furniture and furnishings design.
Major Courses:
(1) Basic courses: Design Basic (series), Ergonomics,Fine Arts (series), Architecture Drawing, Digital Design (series), Thematic of Professional Color Design, Environmental Psychology, Engineering Surveying.
(2) Professional Courses
Compulsory Courses: Introduction of Design, Construction of Traditional Architectural Decoration, Environmental Design and Theory 1-4, History of Chinese and Foreign Design, Material and Structure, Introduction to Environmental Technology, Application of Landscape Plants. Furniture Design, Display Art Design, Exhibition Design of Inheritance, Visual Communication Design, Landscape Design, Public art Design, Lighting Design, Traditional Craft and Contemporary Design.
Optional Courses: Design direction topics (Healthy Environment Design), Protection of Historical Building and Historical city .
Major Practical Training:
1. Major practical training: cognitive practice, manufacture practice, social practice, course design, project design, graduation design, etc.
(1) Courses special Week: design courses Special Week(series),test and comments
(2) Courses practice: fine arts practice, design investigation practice, exhibition practice, industrial designer business practice, design innovation practice, etc.
(3) Graduation practice: Graduation Practice (opening), Graduation Practice, Graduation Design, Graduation Exhibition, Graduation Dissertation.
2. Major experiment courses :Digital Experiment, Modeling Experiment, Material Experiment, Architecture Structure Experiment, Physical Environment Experiment of Architecture, Ergonomics Experiment.
II. School of Civil Engineering and Transportation
Major: Intelligent Construction Engineering
Length of Schooling: 3-6 years
Educational Objectives and Features: The program is to inter-disciplinary engineering talents, fully developed in morality, intelligence and physique, and highly skilled in basic theory, knowledge and profession of engineering mechanics, civil engineering structural design, project management and laws, regulations, economics, material science, and survey. The students are required to have the systematic training so that they are competent in collaborative design, intelligent construction and intelligent management of civil engineering projects. Besides, the graduates have a good ability of organizing, innovation, learning, and international vision as well. It is aimed to foster frontline applied senior technical and management personnel with good creditability, high quality, broad basis and strong ability for the capital construction. The intelligent construction engineering applied scientific theory is the basis. The applied technology and ability of collaborative design, intelligent construction and intelligent management of civil engineering are focused on. By the strict and systematic training of practical designs, experiments, practices, graduation project, students obtain the exercise ofbasic quality and skills of intelligent construction engineers and own the solid foundation of each professional field and career of intelligent construction engineering. Students are cultivated by professional mentors and join the researchteams of the professional mentors to develop their scientific innovation ability. The students are taught in some lectures by invited enterprise engineers and intern in enterprises to train their practical ability. They have an opportunity to study as exchange students in some well-known foreign universities through the international exchange program for excellent undergraduates supported by China Scholarship Council and our university. This elite experimental class program also follows the excellent engineer cultivation plan by the Ministry of Education. Excellent students are preferentially exempted from studying for Master-Doctor degree.
Major Courses:
(1) Basic Courses: College English, Introduction to Computational Thinking, Advanced Mathematics (A), College Physics, Theoretical Mechanics (B), Mechanics of Materials (A), Structural Mechanics, Soil Mechanics and Basement Engineering, Digital Survey, Introduction of Intellectual construction Engineering, Big Data and Cloud Computation, Building Internet of Things.
(2) Specialty Courses: Design Principles of Concrete Structures, Design Principles of Steel Structures, New Civil Engineering Material, Construction Project Intelligent Management, Intelligent Construction of Civil Engineering, Programming Language and Database.
Major Practical Training: Professional Knowledge Practice, Digital Surveying Practice, Engineering Geology Practice, Production and Management Practice, Concrete Structure Course Design, Steel Structure Course Design, Intelligent Construction Practice, Graduation Practice and Graduation Design
Major: Civil Engineering (Experiment)
Length of Schooling: 3-7 years
Educational Objectives and Features: The program is to inter-disciplinary engineering talents, fully developed in morality, intelligence and physique, and highly skilled in basic theory, knowledge and profession of engineering mechanics, civil engineering structural design, project management and laws, regulations, economics, material science, and survey. The students are required to have the systematic training so that they are competent in design, construction, management, research, education, investment, development and supervision in the field of construction engineering, urban road and bridge engineering, urban underground engineering. Besides, the graduates have a good ability of organizing, innovation, learning, and international vision as well. It is aimed to foster frontline applied senior technical and management personnel with good creditability, high quality, broad basis and strong ability for the capital construction. The civil engineering applied scientific theory is the basis. The applied technology of construction project organization, engineering structural design, and construction is focused on. By the strict and systematic training of practical designs, experiments, practices, graduation project, students obtain the exercise of basic quality and skills of civil engineers and own the solid foundation of each professional field and career of civil engineering. Students of the elite experimental class are cultivated by professional mentors and join the research teams of the professional mentors to develop their scientific innovation ability. The students are taught in some lectures by invited enterprise engineers and intern in enterprises to train their practical ability. They have an opportunity to study as exchange students in some well-known foreign universities through the international exchange program for excellent undergraduates supported by China Scholarship Council and our university. This elite experimental class program also follows the excellent engineer cultivation plan by the Ministry of Education.
Major Courses:
(1) Basic Courses: College English, Introduction to Computational Thinking, Advanced Mathematics (A), College Physics, Theoretical Mechanics (B), Mechanics of Materials (A), Structural Mechanics, Soil Mechanics, Engineering Survey, Civil Engineering Materials, Construction Project Management
(2) Specialty Courses
Building Engineering: Design Principles of Concrete Structures, Design Principles of Steel Structures, Concrete and Masonry Structures, Construction of Civil Engineering (1), Foundation Engineering (1), Structural Design of High-rise Buildings
Urban Road and Bridge Engineering: Design Principles of Concrete Structures, Design Principles of Steel Structures, Bridge Engineering, Road Survey and Design, Roadbed and Pavement Engineering, Foundation Engineering (1)
Urban Underground Engineering: Design Principles of Concrete Structures, Design Principles of Steel Structures, Underground Building Structures, Construction of Civil Engineering (3), Foundation Engineering (2), Planning and Design of Underground Space
Building Materials: Civil Engineering Materials, Concrete Science, Materials Science Foundation, Design Principles of Concrete Structure, Construction of Civil Engineering(4), Concrete product technology
Major Practical Training: Acquaintance Practice, Engineering Survey Practice, Engineering Geology Practice, Production and Management Practice, Practice of Design Principles of Concrete Structures, Construction Organization Design Practice, Graduation Practice and Graduation Project
Major: Civil Engineering
Length of Schooling: 4 years
Educational Objectives and Features: The program is to cultivate high-level technical talents in engineering, who develop morally, intellectually, physically and aesthetically, master engineering mechanics, civil engineering structural design, basic theory of project management and basic knowledge of laws, regulations, economics, material science, survey, grasp civil engineer basic training, fundamental theory, professional knowledge with good practical ability, continuing learning ability, innovation consciousness, management ability, international vision. It aims to foster frontline applied senior technical and management personnel withgood creditability, high quality, broad basis and strong ability for the capital construction. The civil engineering applied scientific theory is the basis. The applied technology of construction project organization, engineering structural design, and construction is focused on. By the strict and systematic training of practical designs, experiments, practices, graduation project, students obtain the exercise of basic quality and skills of civil engineers and own the solid foundation of each professional field and career of civil engineering.
Major Courses:
(1) Basic Courses: College English, Introduction to Computational Thinking, Advanced Mathematics (A), College Physics, Theoretical Mechanics (B), Mechanics of Materials (A), Structural Mechanics, Soil Mechanics, Engineering Survey, Civil Engineering Materials, Construction Project Management
(2) Specialty Courses
Building Engineering: Design Principles of Concrete Structures, Design Principles of Steel Structures, Concrete and Masonry Structures, Construction of Civil Engineering (1), Foundation Engineering (1), Structural Design of High-rise Buildings
Urban Road and Bridge Engineering: Design Principles of Concrete Structures, Design Principles of Steel Structures, Bridge Engineering, Road Survey and Design, Roadbed and Pavement Engineering, Foundation Engineering (1)
Urban Underground Engineering: Design Principles of Concrete Structures, Design Principles of Steel Structures, Underground Building Structures, Construction of Civil Engineering (3), Foundation Engineering (2), Planning and Design of Underground Space
Building Materials: Civil Engineering Materials, Concrete Science, Materials Science Foundation, Design Principles of Concrete Structure, Construction of Civil Engineering (4), Concrete product technology
Major Practical Training: Acquaintance Practice, Engineering Survey Practice, Engineering Geology Practice, Production and Management Practice, Practice of Design Principles of Concrete Structures, Construction Organization Design Practice, Graduation Practice and Graduation Project
Major: Transportation Engineering
Length of Schooling: 4 years
Educational Objectives and Features: The program is to cultivate high-level technical talents in engineering, who meet the needs of the construction of socialist modernization, develop morally, intellectually, physically and aesthetically, master basic knowledge of traffic analysis, transportation planning, road and traffic design, and traffic management, obtain the basic training of basic knowledge and skills oftransportation engineering. Graduates have the abilities of transportation planning, road and traffic design, traffic management, road and traffic engineering construction, and project management. Graduates may work in units such as transportation management, transportation planning and design, public security traffic management, public transportation, urban planning and construction, and intelligent transportation systems. The program aims to serve the transportation system development of Beijing, and to cultivate high-level compounded talents in transportation engineering concerning urban transportation construction and management. It pays most attention to the cultivation of technical talents, and lays most emphasis on practical abilities. It is aimed to cultivate students with good moral quality and cultural literacy, stable basic theory and professional skills, strong manipulative abilities and certain innovation consciousness, solid professional foundation, high comprehensive quality, strong ability, and full potential. Graduates are qualified to work about transportation planning, design, construction and management, etc.
Major Courses:
(1) Basic Courses: College English, Fundamental of Computer Information Technology, Advanced Mathematics, and College Physics
(2) Specialty Courses: Transportation Planning, Road Survey and Design, Road Traffic Management and Control, Urban Public Transportation, Traffic Design, and Transportation Safety.
Major Practical Training:
(1) Main Experiments Physics Experiments, Experiments of Engineering Mechanics, Experiments of Electrical and Electronic Technology, Experiments of Engineering Survey, Experiments of Transportation Engineering, Experiments of Traffic Simulation.
(2) Main Practice Courses: Acquaintance Practice, Engineering Survey Practice, Transportation Innovation Practice, Practice of Road Survey and Design, Road Survey Practice, Practice of Traffic Survey and Analysis, Practice of Transportation Planning, Practice of Roadbed and Pavement Engineering, Practice of Urban Road Planning and Design, Practice of Road Traffic Management and Control, Graduation Practice and Graduation Project.
III. School of Environment and Energy Engineering
Major: Building Environment and Energy Engineering
Length of Schooling: 4 years
Educational Objectives and Features: The necessary basic theory and technology training required in the professional work designed to foster interdisciplinary talents with the abilities to be engaged in planning and design, R&D and manufacturing, installation, operation and system security technology or management work, as well as the knowledge in heating, ventilation, air conditioning, purification, cold and heat sources, heat supply, gas needed in design, construction, equipment manufacturing, operations companies and other enterprises. (1) strengthen the cultivation of students' innovative ability; (2) pay attention to the cultivation of students' thinking ability, re-learning ability, social and humanistic literacy and professional cultural spirit; (3) strengthen the cultivation of students' innovative design and engineering ability around the major needs of the country and Beijing's urban and rural construction; (4) Development on two directions including heating, ventilating and air conditioning, and gas engineering.
Major Courses:
(1) Basic Courses in General Education: Advanced Mathematics, College Physics, Fundamental of Mechanical Design, Electrical and Electronic Technology, Engineering Thermodynamics, Heat Transfer, Fluid Mechanics and Machinery
(2) Courses in Specialty: Built Environment, Cold and Heat Source of Building, Heat Ventilation and Air Conditioning, Heat and Mass Transfer Principle and Equipment, Gas Supply, Measurement and Control of HVAC
Major Practical Training: (1) Main Practice: Acquaintance Practice, Metalworking Practice, Practice for Engineering Literacy and Major Culture, Major Practice; (2) Main Course Design: Mechanics Course Design, Course Design for Gas Supply, Heating System Design, Air Conditioning System Design, Gas System Design. (3) Other Practice: Built Environment Practice, System Test and Analysis of HVAC, Major Experiment, Science and Technology Innovation Practice, Final Project or Thesis, Defense of Final Project and Thesis
Major: Water Science and Engineering
Length of Schooling: 4 years
Educational Objectives and Features: With a background of practical engineering, and guided by main guidelines of engineering technology, this program is to cultivate senior engineering and technical talents who meet the needs of China's socialist modernization, have a solid foundation of sciences and humanities, are computer and foreign language literate, grasp theoretical knowledge on water supply and drainage science and engineering, get basic engineering training, and have a spirit of innovation and capabilities of sustained learning. Students will also adapt themselves to the society, possess an international vision, engage themselves in works related to project planning, design, construction, operation, management, research and development, etc.
Major Courses:
(1) Basic Courses: Advanced Mathematics; College Physics; Inorganic/Organic Chemistry; Hydraulics; Water Analytical Chemistry; Microbiology of Water and Wastewater Treatment; Pumps and Pumping Stations;
(2) Specialty Courses :Water Supply and Sewerage Pipe System; Water Quality Engineering I & II; Building Water Supply and Drainage; Water Engineering Construction
Major Practical Training: Teaching experiment of Inorganic Chemistry, Organic Chemistry, Physical Chemistry, Water Analytical Chemistry, Hydraulics and Microbiology of Water and Wastewater Treatment; Experiment of Water Engineering Experiment Technology Week (including teaching experiment of Water Quality Engineering, Building Water Supply and Drainage, Water Engineering Construction); Experiment of Instrumental Analysis, Experiment of Water Supply And Drainage Week, Course Design for Pumps and Pumping Stations, Water Supply and Sewerage Pipe System, Building Water Supply and Drainage Water Plant, Wastewater Treatment, and Water Construction Economics; Acquaintance Practice, Metallurgical Practices, Surveying Practice, Production Practice for Water and Wastewater Engineering , Professional Practice, Graduation Project, and Defense of Graduation Project
Major: Experimental Class for Environmental Innovative Talents
Length of Schooling: 4 years
Educational Objectives and Features: Experimental class for environmental innovative talents: It mainly focuses on prominent environmental problems, such as global climate change, and aggravation of air pollution, deterioration of water ecological environment, sharp increase of solid waste pollution risk, and lag of environmental planning and management system in China's rapid urbanization process, and aims at the cultivation of applied innovative talents urgently needed by society in the fields of climate change tackling, sponge city construction and environmental ecological engineering according to the new policies of “ecological civilization construction“, “green development“and “implementation of the strictest system for ecological and environmental protection“ proposed in the 19th CPC National Congress.
Research Directions:
Climate change tackling: cultivate compound senior technical and managerial talents who have global climate change awareness, understand how to tackle climate change, and master resource recycling and greenhouse gas emission reduction technology through the systematic study of cutting-edge environmental knowledge in global climate change impact, greenhouse gas emission reduction and haze control technology, environmental assessment and environmental management, and students will be awarded a bachelor's degree in environmental science upon graduation.
Sponge city construction: cultivate innovative senior technical talents who meet the needs of future urban development and have the idea of sustainable development, comprehensive analysis and practical ability to meet the urgent needs of sponge city construction through the systematic study in interdisciplinary engineering fields such as environment and planning, architecture, municipal, hydrology, hydraulic power and ecology, and students will be awarded a bachelor's degree in environmental engineering upon graduation.
Environmental and ecological engineering: cultivate future-oriented practical and innovative technical talents with the idea of harmonious coexistence between human and nature and the ability to conduct contamination remediation through the study of environmental and ecological engineering knowledge in regional ecological planning, ecological remediation scheme design and pollution control engineering design, and students will be awarded a bachelor's degree in environmental and ecological engineering upon graduation.
Major: Energy and Power Engineering
Length of Schooling: 4 years
Educational Objectives and Features: The main educational objective of our program is to cultivate students to meet the needs of new urbanization construction in China. Students are required to have a comprehensive development of moral, intellectual, physical, and also have a solid foundation of natural science, humanities, computer ability and foreign language application ability. Students arerequired to master the basic theory of energy and power engineering knowledge, basic training to be a qualified energy engineers with professional spirit of innovation, continuous learning ability and social adaptation ability. Enable students will have the ability in energy and power engineering project design, operation, management and research & development.Characteristics of our program are that our education endeavor is based on Beijing, with the whole China in mind, to improve the traditional energy efficiency in urban and rural areas, and also to promote the application and development of green energy. The emphasis of teaching is on heat and cold sources, projects design, equipment operation and management; through practice teaching, we focus on cultivating students' engineering practice ability and innovation ability
Major Courses:
(1) Basic Courses in General Education（5 courses）: (1) Advanced Mathematics (2) College Physics (3) Engineering Mechanics (4) General Chemistry (5) Engineering Drawing
(2) Major Courses in Specialty（6 courses）: (1) Fluid Mechanics (2) Fluid machinery (3) Engineering Thermodynamics (4) Heat Transfer (5) Cold Source and Air Conditioning (6) Combustion Theory (7) Heat Source and Heating Network (8) Thermal Measurement Technology
Major Practical Training: (1) Fluid Thermal Experiment (2) Fluid Pipe Network Design (3) Thermodynamic System Energy Consumption Design (4) Heat Exchanger Design (5) Cognition Practice (6) Practice of Building Energy Application Technology Platform (7) Refrigeration and Air Conditioning Design (8) Heat Source and Heating Network Design (9) Refrigeration and Air Conditioning Operation Practice (10) Heat Source and Heating Network Operation Practice (11) production practice (12) Virtual simulation experiment (13) Graduation Design
IV. School of Electrical and Information Engineering
Major: Automation
Length of Schooling: 4 years
Educational Objectives and Features: Automation discipline aims to cultivate engineering and engineering management talents who have a good sense of morality and culture, a solid knowledge foundation of social science, strong capabilities of foreign language as well as basic and professional knowledge in electronics, control theory, automatic detection and instruments, computer application and network and other relevant fields. They are not only equipped with applied and inter-disciplinary knowledge and skills, but also capable of carrying out system analysis, system design, system operation and technological development in the fields of intelligent building equipment, building electrics, industrial process control, detection and automatic instruments, electronics and computer. In order to meet the talent requirements of urbanization and urban development of the capital in electrical and information fields, automation discipline covers strong and weak electricity and combines software and hardware resources. Intelligent architecture control is a special course of the discipline. By taking part in systematic and carefully designed courses as well as experiments, internship programs and graduation design project, the students will be able to develop integrated engineering capabilities of designing, testing and implementing control systems.
Major Courses:
(1) Major basic courses (Curse names should be separated with commas. Conciseness is recommended.) Advanced Mathematics, Linear Algebra, Complex Variables Functions & Integral Transformation, College Physics, C Language Program.
(2) Major specialized courses: Circuit Principles, Automatic Control Theory, Electronic Technologies (Analogue & Digital), Electrical Machinery & Towage Basics, Principles & Application of MCU, Detecting Technologies & Process Control.
Major Practical Training: Course Design for Electronic Technology；Course Design for Principle and Application of MC；Comprehensive Practice of PLC and Automatic Control System; Course design for Computer Control; Large Experiment for Field-bus Application & Development Technology；Course Design for Power and Lighting；Specialty Practice；Graduation Design.
Major: Building Electricity and Intelligence
Length of Schooling: 4 years
Educational Objectives and Features: This program is developed to cultivate senior engineering technological talents in building electricity and intelligence who satisfy the requirements of socialist modernization, are well-developed in morality, intelligence and physical health, have coordinated and integrated their individual qualities, capabilities and knowledge, and have mastered basic theories in broad fields such as electrical and electronic technology, control theory and technology, computer technology, network communication technology, buildings and building equipment, intelligent building environmental sciences as well as professional knowledge and skills of building electrical control technology, building power supply and distribution, building illumination, building equipment automation, building information processing technology and public security technology. They should have a solid theoretical foundation, a wide scope of knowledge, high integrated quality, strong practice capability and an innovative spirit and have developed basic knowledge and skills expected for licensed and certified engineers. The graduates should be able to carry out engineering design, engineering construction and management, system integration and information processing in relation to industrial and civil building electricity and intelligence technology and should possess preliminary capabilities of researching and developing applications of building electricity and intelligence technology.
Major Courses:
(1) Basic courses: College English, Advanced Mathematics, College Physics, Complex Functions and Integral Transform
(2) Specialty courses: Circuit Theory, Analog Electronics, Digital Electronics, Automatic Control Principles, Computer Principle and Application, Computer Networks and Communications, Intelligent Building Environment, Building Information Facilities System, Power Electronics, Power System Fundamentals, Building Power Supply and Distribution and Electrical Safety, Building Illumination, Public Security Technology, Building Electrical Control Technology, Building Equipment Automation and Building Information Facility System
Major Practical Training: Program Design Practice, Physical Experiment, Electronic Process Internship, Metalworking Internship, Electronic Technology Course Design, Course Design for Building Information Facilities System, Course Design of Computer Principles and Interface Techniques, Course Design of Building Electrical Control Technology, Course Design of Public Security Technology, Course Design of Building Power Supply and Distribution and Illumination, Course Design for Building Automation System, Building Intelligent Engineering Budgeting, Intelligent System Integration Training, Discipline Internship, Graduation Project.
Major: Computer Science (Experiment)
Length of Schooling: 4 years
Educational Objectives and Features: Undergraduates in this program are expected to be developed to specialize in software and hardware design & development and project management who are well-developed in morality, intelligence, physical health and aesthetics, have good scientific literacy and a solidunderstanding of theoretical knowledge and practices of computer science and technology, are qualified as high-level practical and inter-disciplinary talents and have strong engineering practice capabilities and a knowledge background of urban informationization management and building industry informationization in order to meet the demand of urban informationization construction and development and satisfy requirements of companies and public institutions for talents in computer science and technology. Graduate students should be competent in computer software and hardware system design, development and maintenance, project management, mobile internet application design and development, computer network engineering and network maintenance and management, internet security, system integration and other work in relevant fields.This discipline cultivates senior professional talents in computer application field who are innovative and have strong engineering and practice capabilities for urban informationization construction and management. It values sustainable development of students and adheres to the teaching of core basic knowledge. Practice capabilities and application of knowledge and skills in real world are given adequate attention. The discipline cultivates integrated capabilities of the students in computer software and network so that the students will be adept in software analysis, design, development and maintenance, computer network design, planning and implementation as well as web application development.
Major Courses:
1. Basic courses: (1) Introduction to Maoism and Theoretical System of Socialism with Chinese Characteristics, (2) College English, (3) Advanced Mathematics, (4) Linear Algebra, (5) Theory of Probability and Statistics
2. Specialty courses: (1) Fundamentals of C Language Programming (2) Principles of Computer Composition (3) Discrete Mathematics (4) Data Structure (5) Operating System (6) Principle & Application of Database (7) Computer and Network Foundation (8) Object-oriented Programming (C++)
Major Practical Training:
1. Major experiments: verification of basic theories, training of programing capability, experiments of computer composition principles and experiments related to network are incorporated in relevant courses.
2. Other major practical trainings: (1) Electronic Technology Practice (2) Programming Practice (3) Comprehensive Experiment of Data Structure (4) Object-Oriented Design and Realization (5) Software Development Large-Scale Experiment (Integrated Curriculum Design of Database and Web Application) (6) Comprehensive Training of Digital Logic (7) Comprehensive Experiment for The Principles of Computer Organization (8) Comprehensive Training of Network Technology (9) Comprehensive Training of Software Engineering (Integrated Curriculum Design of Software Engineering, Software Testing and Management and UML Modeling and Analysis Technology) (10) Comprehensive Experiment of Compiler Principle (11) Graduation Practice (12) Graduation Project （thesis）.
V. School of Urban Economics and Management
Major: Management Science and Engineering
Research Directions:
1. Engineering Management
2. Engineering Cost
Length of Schooling: 4 years
Educational Objectives and Features:
1. Engineering Management: This major is committed to cultivate compound and innovative senior professional management talents who adapt to the development of economy, society and industry, have basic knowledge of engineering technology, information technology and engineering related management, economy and law, accept basic training of engineering management, and own strong practical ability and international vision.
2. Engineering Cost: This major aims to cultivate advanced application-oriented compound and innovative talents with broad vision and high-level skills who adapt to the needs of socialist modernization, master the theories, methods and means required for the determination and control of engineering cost, have strong practical ability and innovative spirit, and are able to engage in comprehensive cost management in the field of domestic and foreign engineering construction.
Major Courses:
1. Engineering Management: We offer major courses such as engineering structure, engineering construction, engineering economics, building and decoration engineering evaluation, engineering project management, BIM technology and application, engineering bidding and contract management, etc.; in-class practice links such as engineering structure design, construction scheme design, engineering cost design, construction organization design, project management course design and BIM technology and application course design; comprehensive practice links such as professional knowledge practice, engineering bidding simulation, comprehensive practice on engineering management, cost software training and graduation field work; and extracurricular scientific and technological innovation links such as real estate planning competition, calculation competition, project management competition, BIM competition, intelligent construction and management innovation competition.
2. Engineering Cost: The major courses include engineering drawing and drawing recognition, engineering mechanics, engineering structure, housing architecture, engineering economics, construction and decoration engineering cost, installation engineering cost, engineering project management, construction laws and regulations, bidding and contract management, engineering cost planning and control, municipal garden engineering valuation, antique building engineering valuation, international engineering valuation, BIM based engineering cost software training, etc.
Major Practical Training:
1. Engineering Management: Graduates with this major have a wide range of employment fields. After graduation, they can engage in the whole process management, investment control, progress control, contract management, cost preparation and audit, investment analysis and decision-making, engineering construction legal services, real estate development and operation, project financing, real estate appraisal, and property management in construction administrative departments and related institutions, as well as in enterprises of design, engineering construction, construction supervision, real estate development and operation, property management, engineering consulting and finance. They can participate in overseas exchange programs in the United States and the United Kingdom for further study after graduation. They can also apply for master's degree in management science and engineering, technical economy and management in the school or peer schools.
2. Engineering Cost: Graduates can engage in engineering measurement and pricing, engineering cost planning and control, engineering bidding and contract management, engineering cost audit, investment analysis and decision-making, etc. in relevant enterprises such as engineering construction, construction supervision, real estate development and operation, engineering consulting and real estate intermediary services, as well as in infrastructure management departments of various enterprises and institutions, and construction administrative departments at all levels. They can participate in domestic and foreign exchange programs in the United States, the United Kingdom, Australia and Taiwan. They can also apply for master's degree in management science and engineering, technical economy and management in the school or peer schools.
Major: Business Administration
Length of Schooling: 4 years
Educational Objectives and Features: Cultivate moral, intellectual, physical, all-round development, with the mathematical basis and engineering science and technology knowledge, master business management professional basic theory, basic knowledge and basic skills, scientific thinking and economic management practice training, qualified technical and economic analysis, assets evaluation and management, strategic management, human resource management, investment analysis, project consulting planning, market operation and management, and other related work, has the strong organization management ability, innovation ability, to continue learning ability and the international field of vision of senior management talents. Relying on the capital construction and school civil construction discipline superiority, this major cultivates specialized talents who can work for the capital as well as the whole country, working in the capital management of the urban and rural construction field. We aim to cultivate innovative management talents who can work in constructional and real estate relevant government functional departments, enterprises and institutions in the field of real estate, investment and financing institutions, consultancy, scientific research institutes, industry associations and other units engaged in business, finance and human resources.
Major Courses:
(1) Basic course: Economics, Management, Accounting, Applied statistics, Managerial Operations Research, Management information system, Technical economics, Higher mathematics, College English
(2) Major courses in Specialty: Marketing, Organizational behavior, The financial management, Human resource management, Operations management, Strategy management，Fiscal and tax, Project Investment and Financing
Major Practical Training: Perceptual Knowledge on Major, Accounting major assignments, Real estate development business sand table, Financial management assignments, Real estate project planning practice, Data analysis techniques and application practice, Marketing practice, Virtual enterprise social environment cross major comprehensive practice, The enterprise management practice, Graduation practice and Graduation thesis.
VI. School of Geomatics and Urban Spatial informatics
Major: Surveying and Mapping Engineering（Intelligent Navigation）
Length of Schooling: 4 years
Educational Objectives and Features: This program is to cultivate all-round development of morality, intelligence, physique and beauty, basic knowledge of mathematics and Humanities and social sciences, master basic theory, basic knowledge and basic skills of Surveying and mapping engineering and navigation positioning, accept training of scientific thinking and engineering practice, and train people to engage in natural resources surveying and mapping, navigation positioning, navigation software and hardware development and location services, etc. Applied professionals serve urban surveying and mapping, intelligent transportation, emergency management, Internet, aerospace and other fields and departments. They have strong organizational and management capabilities, innovative consciousness, continuous learning ability, international vision and intelligent navigation characteristics of Applied Engineering and technical personnel. After five years after graduation to work and study, can achieve the following goals: (1) Master mathematics, natural science, engineering foundation, surveying and mapping theory and technology, navigation and positioning theory and technology, competent for intelligent city data acquisition, high-precision navigation map production, navigation product manufacturing, large data analysis and location services, and intelligent navigation hardware development and other professional and technical work. (2) With good professional accomplishment, rich product development experience and strong sense of responsibility, the graduate has become a technical leader or backbone in surveying and mapping geographic information and navigation enterprises and institutions. (3) Ability to continue learning and adapt to development, and be able to independently or collaboratively undertake research and development related to surveying and mapping geographic information and navigation. (4) Good team awareness, international vision and communication skills, able to assume leadership roles in the team. This program features relying on the advantages of capital construction and university civil architecture, this specialty trains surveying and mapping talents who serve the capital and face the whole country, have the ability to solve the problems related to surveying and mapping in smart cities, and can develop navigation and positioning products and design integrated solutions. To adapt to the development of high and new technology in surveying and mapping, integrate teaching, scientific research and production, emphasize the integration of surveying and mapping theory, production practice and research and manufacture of surveying and mapping products, highlight the characteristics of urban surveying and mapping, cultivate the application ability of new product development, new technology, new method and new technology in surveying and mapping, and serve urban surveying and mapping management, intelligent transportation, emergency management, internet, aerospace and other fields.
Major Courses:
(1) Basic Courses: Introduction to Geomatics, Engineering Drawing and Read Drawing, C Language and Data Structure, Physical Geography, Foundation of Navigation Equipment, Digital Topographic Surveying, Cartography, CAD Basic and Application, Fundamentals of Error Theory and Surveying Adjustment, The Principle of Geographic Information System (Bilingual), Principles of Remote Sensing, Photogrammetry Fundamental.
(2) Specialty Courses: Technology of Satellite navigation and positioning, Foundation of Geodesy, Engineering Surveying, High Precision Navigation Map and Location Service, Principle of Integrated Navigation, Indoor Positioning and Intelligent Navigation.
Major Practical Training:
1. Major experiment: Experiment of Digital Topographic Surveying, experiment of Satellite Technology of Navigation and Positioning, experiment of Fundamentals of Photogrammetry, experiment of GIS Principles, experiment of Foundation of Geodesy, experiment of Engineering Surveying, and experiment of Foundation of Navigation Equipment.
2. Major Practical: Training Digital Topographic Surveying Practice, Satellite Navigation and Positioning Practice, Principles of Remote Sensing Practice, Fundamentals of Photogrammetry Practice, GIS Practice, Cartography Practice, Control Surveying Practice, Foundation of Navigation Equipment Practice, Comprehensive Training for Engineering Surveying, Comprehensive Training for Navigation and Positioning, High-precision Map Collection Practice, Navigation and Positioning Embedded Research and Development Practice.
Major: Surveying and Mapping (Urban Spatial Information)
Length of Schooling: 4 years
Educational Objectives and Features: Based on the city positioning of Beijing and the advantages of civil engineering disciplines of school, the major in surveying and mapping engineering is committed to cultivate surveying and mapping professionals for the construction and management of the capital city who are competent for the basic urban surveying and mapping, are able to solve the surveying and mapping problems in the complex urban engineering environment, and can provide the fine city management, ancient building protection, and precise measurement of complex structures. After about five years of work and study after graduation, students can achieve the following goals: (1) master mathematics, natural science, engineering foundation and advanced surveying and mapping theory and technology, and be competent for engineering survey, design, construction and management and other professional technical work; (2) possess good professional quality, rich engineering management experience and strong sense of responsibility, and become the technical leader or technical backbone in surveying and mapping geographic information enterprises and institutions; (3) have the ability to continue learning and adapt to development, and be able to independently or jointly undertake research on surveying and mapping geographic information; (4) show good team awareness, international vision and communication skills, and be able to assume the leadership role in the team.
Major Courses: The course includes digital topography, foundation of geodesy, fundamentals of error theory and survey adjustment, satellite navigation and positioning technology, engineering surveying, cartography, GIS principle, fundamentals of photogrammetry, remote sensing principle, deformation monitoring and disaster prediction, LIDAR measurement technology and application, etc.
Career Choice: After graduation, students can engage in production, scientific research and management in the fields of housing construction, land, planning, urban exploration, real estate, environmental protection, urban emergency management, traffic management, historical and cultural heritage protection and national defense. In recent years, the employment units of graduates majoring in surveying and mapping engineering mainly include Beijing Institute of Surveying and Mapping, BJI Engineering Consultants Ltd., Beijing Urban Construction Exploration & Surveying Design Research Institute Co., Ltd., and China Railway Construction Engineering Group. Students can also choose to continue to study for master's degree or go abroad for further study. In recent years, graduates majoring in surveying and mapping engineering mainly study for master's degree and go abroad for further study in following universities: Wuhan University, China University of Geosciences, Beijing Normal University, and Institute of Remote Sensing, Chinese Academy of Sciences; University of York, Boston University, University of New South Wales, and California College of the Arts. The employment rate of this major has remained at 100% in the past three years.
VII. School of Mechanical-electronic and Vehicle Engineering
Major: Electromechanical Majors
Research Directions:
1. Mechanical Engineering
2. Mechatronic Engineering
3. Industrial Engineering
4. Robot Engineering
Length of Schooling: 4 years
Educational Objectives and Features:
1. Mechanical Engineering: This program is to cultivate inter-disciplinary engineering talents, fully developed in morality, intelligence and physique, well equipped with mathematical science and social science, and highly skilled in basic theory, knowledge and profession of mechanical engineering and applied electronic technology. The students are required to have the systematic training of scientific thinking and engineering practice, so that they are competent in design, development, manufacture, repair and management of mechanical engineering and applied electronic technology. Besides, the graduates have a good ability of organizing, innovation, learning, and international vision as well. This program features integrating the teaching, research and production together with the development of high-technology, stressing the combination of theory and practice, highlighting the fusion of engineering machinery and applied electronic technology, and pinpointing the comprehensive ability of application of new technologies, methods and process. Based on the construction of Beijing and with the advantages of the civil construction disciplines of the University, this program aims to cultivate professional talents of mechanical engineering and applied electronic technology for the urban construction of Beijing and the whole country.
2. Mechatronic Engineering: This program is to cultivate inter-disciplinary engineering talents, fully developed in morality, intelligence and physique, well equipped with mathematical science and social science, and highly skilled in basic theory, profession and application of such disciplines as machinery, electronics and control. The students are required to have the systematic training of scientific thinking and engineering practice, so that they are competent in design, development, operation, maintenance and management with respect to mechatronic products and systems. Besides, the graduates have a good ability of organizing, innovation, learning, and international vision as well. This program features the machinery, electrical and hydraulic integration and intelligentization, and trains the professional electromechanical talents who serve Beijing as well as the whole country, and base themselves on the construction industry and serve the urban and rural construction. It focuses on the training of the talents who have solid foundation, strong practice ability and the strong ability of utilizing electromechanical technology to transform the traditional industries, and satisfies the demand for the talents of the engineering machinery and the electromechanical equipment in the urban and rural construction.
3. Industrial Engineering: This program is to cultivate inter-disciplinary engineering talents, fully developed in morality, intelligence and physique, well equipped with mathematical science and social science, and highly skilled in basic theory, knowledge and profession of industrial engineering. The students are required to have the systematic training of scientific thinking and engineering practice, so that they can utilize the advanced manufacturing to strengthen the cultivation of professional skills required for the planning, evaluation and innovation of the modern mechanical and electrical products manufacturing systems and construction projects. Besides, the graduates have a good ability of organizing, innovation, learning, and international vision as well. Based on the construction of Beijing and the advantages of the civil construction disciplines of the University, this program highlights the professional features of the mechanical and electrical products manufacturing and the construction process management information system, production plan and control, manufacturing process logistics engineering and the manufacturing process quality engineering. It trains the ability of plan, design, evaluation and innovation in the industrial process and satisfies the demand of Beijing and the national industrial systems (with electromechanical industry and the construction engineering as the key) for talents.
4. Robot Engineering: Cultivate "engineering, innovative and international" compound engineering and technical talents in the field of robot engineering and intelligent manufacturing, who show the all-round development of ethical, intellectual, physical and appreciating qualities, own mathematical basis, humanities and social science knowledge, and are competent for scientific research, technology development, application and management in robot hardware and software, robot system and related fields. This major is characterized by mechatronics, informatization and intelligent application. It focuses on cultivating robot engineering professionals who base in Beijing, face the whole country, rely on the construction industry and serve urban and rural construction, have solid foundation and strong practical ability to develop, apply and manage robot engineering technology, and meet the requirements of robot engineering in urban and rural construction.
Major Courses:
1. Basic Courses: Advanced Mathematics, College Physics, Descriptive Geometry, Mechanical Drawing, Theory of Probability and Statistics, Theoretical Mechanics, Mechanics of Materials, Engineering Materials, Mechanical Principles, Fundamentals of Mechanical Manufacture, Fundamentals of Control Engineering, Electrical and Electronic Technique, Mechatronics Technology
2. Specialty Courses
(1) Mechanical Engineering: Interchangeability and Measurement Technology, Mechanical Design, Thermal Fluid Engineering, Sensing and Inspection Technology, Electromechanical Transmission and Control, Design of Metal Structure and Construction Cranes, Engine and Chassis Structure of Engineering Machinery, Constructional Engineering Machinery, Modern Design Method
(2) Mechatronic Engineering: Mechanical Design, Interchangeability and Measurement Technology, Thermal Fluid Engineering, Sensing and Detection Technology, Design of Metal Structure and Construction Cranes, Microcomputer Principle And Interface Technique, Electrical Control and PLC, Electromechanical Transmission and Control, Mechatronics System Design
(3) Industrial Engineering: Systems Engineering, Operational Research, Applied Statistics, Basic Industrial Engineering, Digital Design and Advanced Manufacturing System, Management Information System, Production Planning and Control, Human Factors Engineering, Logistics Engineering, Quality Management and Engineering, Fundamentals of JAVA Language Programming
(4) Robot Engineering: Mechanism and Robotics, Fieldbus Technology, Industrial Robot Programming, Control Course Design and Comprehensive Experiment, Comprehensive Experiment of Robot System
Major Practical Training:
1. Mechanical Engineering: Innovation Practice and Research Training, Metalworking Practice, Machine Drawing Experiment, Production Practice, Graduation Project, Mechanical Curriculum Design and Comprehensive Experiment, Hydraulic and Pneumatic Comprehensive Experiment, Comprehensive Curriculum Design for Metal Structure of Construction Hoisting Machinery, Comprehensive Engine Structure and Measurement Experiment, Comprehensive Mechatronics System Experiment, Comprehensive Engineering Machinery Experiment
2. Mechatronic Engineering: Innovation Practice and Research Training, Metalworking Practice, Machine Drawing Experiment, Production Practice, Graduation Project, Mechanical Curriculum Design and Comprehensive Experiment, Hydraulic and Pneumatic Experiment, Comprehensive Training on Electronic Technology, Comprehensive Curriculum Design for Metal Structure of Construction Hoisting Machinery, Automatic Control System Experiment, PLC Measurement and Control Technology Experiment, Mechatronics System Experiment
3. Industrial Engineering: Innovation Practice and Research Training, Metalworking Practice, Machine Drawing Experiment, Production Practice, Graduation Project, Curriculum Design of Basic Industrial Engineering, Comprehensive Experiment of Industrial Engineering Major, Curriculum Design of System Engineering, Production and Operation Management Experiment, Curriculum Design of Management Information System, Production Process Control Experiment
Major: Robot Engineering
Length of Schooling: 4 years
Educational Objectives and Features: Starting from the engineering design, development and application of various robot systems, this major emphasizes on theoretical learning and practical education of new engineering courses, such as structure and control innovation and artificial intelligence integration, which reflect the frontier of contemporary engineering technology. It aims to cultivate high-quality application-oriented engineering and technical talents who master the design, research and development, integration, application, detection and maintenance, production, operation and management of new engineering technology of various modern robot mechanisms and control, artificial intelligence integration, specialize in the engineering technology of construction robot and related fields, have the necessary basic ability and literacy of learning and innovation, communication and expression, cooperation and exchange, as well as solid theoretical foundation, strong engineering practice and innovation ability.
Major Courses: Robot engineering major involves mechanical engineering, control science and engineering, computer science and other disciplines, mainly including: mechanical design basis, mechanical manufacturing basis, hydraulic and pneumatic transmission, automatic control principle, circuit electronic technology, digital electronic technology, introduction to robot engineering, single chip microcomputer principle and interface technology, testing technology and signal analysis, robot sensing technology, robot servo control technology, computer control technology, robot modeling and simulation, construction robot application technology, mobile robot positioning and navigation technology, machine intelligence, mobile robot communication technology, etc.
Career choice: After graduation, students can engage in the scientific research, technology development, application maintenance and management of the core components, software, systems, intelligent manufacturing and service of industrial robots, service robots and construction robots. Main employment units: CASC and CSIC affiliated units; various robot development and production companies, such as JD Intelligent Logistics and BOE; various robot assembly line application companies, such as Beijing Benz and Beijing Hyundai; various construction engineering intelligent equipment development companies. Graduates can also choose to continue to study for master's degree or go abroad for further study.
Major: Vehicle Engineering (Experimental Class of Urban Rail Vehicle)
Length of Schooling: 4 years
Educational Objectives and Features: cultivate compound engineering and technical talents who show the all-round development of ethical, intellectual, physical and appreciating qualities, own mathematical foundation, humanities and social science knowledge, master the basic theory, basic knowledge and basic skills of urban rail transit vehicles, have accepted the training of scientific thinking and engineering practice, are competent for product design, manufacturing, testing, maintenance and operation management in relevant enterprises of operation and manufacturing of urban rail transit vehicles and railway vehicles, and have strong organization and management ability, innovation ability, continuous learning ability and international vision, and cultivate vehicle professionals who base in Beijing, face the whole country, rely on the subway industry and serve rail transit construction by relying on the advantages of construction of Beijing and transportation disciplines of school.
Major Courses: In addition to public basic courses and mechanical basic courses, we also have the courses of electrical and electronic technology, urban rail transit vehicle engineering, traction and braking of urban rail transit vehicles, electrical transmission and control of urban rail transit vehicles, fundamentals of vehicle design theory and dynamics, train network, artificial intelligence, big data analysis, and single chip microcomputer principle and application to implement interdisciplinary training. Our practical teaching links mainly include: curriculum design of vehicle structure and design, comprehensive experiment of on-board electrical appliances and train network, comprehensive experiment of detection and diagnosis of key systems of subway vehicles, etc. In addition, in the fourth year, we will arrange students to have internships in the contracted enterprises, and the enterprise and school instructors will jointly guide the graduation project.
Career choice: Graduates can engage in the design, manufacturing, testing, operation and management of urban rail vehicles and railway vehicles and their equipment in such manufacturing and operation enterprises, such as Beijing Railway Bureau, Beijing Subway Rolling Stock Equipment Co., Ltd., Beijing Metro Operation Co., Ltd., Beijing Metro Operation Co., Ltd., Beijing MTR Corporation Limited, CNR, and subway-related enterprises and companies in other provinces and cities. They can also choose to continue to study for master's degree or go abroad for further study.
VIII. School of Science
Major: Information and Computing Science (Application of Big Data)
Length of Schooling: 4 years
Educational Objectives and Features: Information and Computation Science is a new mathematical specialty, which is an overlapping area of information science, computation science, operations research and control theory and other interdisciplinary sciences. The specialty aims at meet the needs of talents capability of solving practical problems in the information science, big data analysis and engineering technology.
Major Courses:
(1) Basic Courses: College Physics, Mathematical Analysis, Advanced Algebra and Analytic Geometry, Complex Functions and Integral Transformations, Probability and Mathematical Statistics, C Programming and Ordinary Differential Equations;
(2) Major Courses in Specialty
Core Courses: Discrete mathematics, Data Structures and Algorithms, Operations Research, Numerical Analysis, Multivariate Statistics and Data Analysis, Mathematical Modeling and Experiment, Theory of Information and Coding;
Technology Courses in Specialty: Database Principles, Operation System, ComputerGraphics and visualization, Modern Cryptography, Object-Oriented Programming, Python Programming, Data Ming and Machine Learning, Software Engineering, Smart City Lecture, Computer Networks and Security.
Major Practical Training: Practice of C Programming, Practice of Mathematical Modeling, Practice of Data Structures, Practice of Numerical Analysis, Practice of Cryptography, Practice of Object-oriented Design, Practice of Multivariate Statistics and Data Analysis, Practice of Application System, Practice of Specialty (Practice of Soft Project, Practice of Big Data Analysis), Graduation Practice and Graduation Project.